The unique principle of homogenizer operation provides a simple and effective way for the innovation of numerous process flows and the development and application of various new products. The functions of the homogenizer mainly include: improving the uniformity and stability of the product; increasing the shelf life; reducing Reaction time thus saving a lot of catalyst or additive; changing the consistency of the product to improve the taste and color of the product, etc.
HIGH PRESSURE HOMOGENIZER 8435 High pressure homogenizer using the material in the special
role of plunger into the valve which it is adjustable pressure, after a certain width limiting slot (work
area), transient voltage loss of material at high velocity (1000-1500 M / sec)
Main Technical Parameters：
| Maximum working pressure | 1200bar/120M pa/17400psi |
| Maximum design pressure | 1500bar/150Mpa/21750psi |
| Maximum capacity | 12L/h、25L/h two models machine |
| Minimum capacity | 30ml |
| Cooling | Built-in cooler |
| Motor Power | 1.5KW/380V/50HZ |
| Dimensions | L800*W460*H450mm |
| Weight | 120Kg |
Exterior:
1. It adopts fully enclosed stainless steel shape, safe, hygienic and beautiful.
2. The outer cover adopts the module shape, which can realize quick assembly and disassembly, and is convenient for maintenance and maintenance.
Transmission part:
1. The lubrication method of the lubrication of the transmission part combined with the splash lubrication and the forced pressure lubrication can greatly improve the safety and reliability.
2. The crankshaft is made of alloy steel forgings with super strength and longevity.
3, hard tooth surface external gear box design, reliable performance and easy maintenance
NOTE: For emulsification a ball valve is suggested, while for crushing, an impingement valve is desirable. The low-temperature cooling circulation system is suggested for choice.
Homogenization principle
Bernoulli’s Law (The Law of Conservation of Energy in Ideal Liquids for Stable Flow) The ideal liquid flowing in a sealed pipe has three energies: pressure energy, kinetic energy, and potential energy, which can be transformed with each other, and the liquid is anywhere in the pipe. The sum of these three energies is certain. The Bernoulli equation from the above law: